GPY-3R: This model features a displacement of 3 cubic centimeters per revolution and is capable of delivering a maximum pressure of 250 bar.
It is suitable for small-scale hydraulic systems where compact size and efficiency are crucial.
GPY-4R: With a displacement of 4 cubic centimeters per revolution, the GPY-4R can handle higher flow rates compared to the GPY-3R. It can operate at a maximum pressure of 250 bar, making it ideal for applications that require increased power and flow.
GPY-5.8R: The GPY-5.8R boasts a displacement of 5.8 cubic centimeters per revolution and can generate a maximum pressure of 280 bar. This model is designed to handle more demanding hydraulic systems, providing reliable performance and durability.
GPY-7R: With a displacement of 7 cubic centimeters per revolution, the GPY-7R delivers higher flow rates and is suitable for medium-sized hydraulic systems. It has a maximum pressure rating of 280 bar, allowing it to handle increased loads.
GPY-8R: The GPY-8R offers a displacement of 8 cubic centimeters per revolution and can generate a maximum pressure of 280 bar. It provides enhanced performance and efficiency for medium-sized hydraulic systems, making it a versatile choice for various applications.
GPY-9R: Featuring a displacement of 9 cubic centimeters per revolution, the GPY-9R is capable of delivering high flow rates with a maximum pressure of 280 bar.
This pump is designed for applications that require reliable and consistent hydraulic power.
GPY-10R: The GPY-10R offers a displacement of 10 cubic centimeters per revolution and has a maximum pressure rating of 280 bar. With its robust design and high-performance capabilities, it is suitable for demanding industrial hydraulic systems.
GPY-11.5R: Boasting a displacement of 11.5 cubic centimeters per revolution, the GPY-11.5R is a powerful hydraulic gear pump. It can handle high flow rates and has a maximum pressure rating of 280 bar, making it suitable for heavy-duty applications.
These GPY series hydraulic gear pumps feature a compact and lightweight design, making them easy to install and integrate into different systems. They are known for their efficiency, smooth operation, and low noise levels. The pumps are constructed using high-quality materials to ensure long-lasting performance and resistance to wear and tear.
